EEOC

Engineer

• As an Avionics Obsolescence Engineer, you understand the workings behind complex systems
• Designing and integrating missile systems
• Managing the acquisition Systems Engineering Technical Review (SETR) process in support of complex control systems
• Transforming Mission Systems requirements to improve missile performance
• Working with existing teams to understand current challenges
• Collaborating with OEMs to redesign, develop, and integrate upgrades
• Augmenting designs and algorithms to better system performance

Avionics Obsolescence Engineer

Mechanical Engineer

• Applies engineering physics, mathematics, and materials science principles to support the design, analysis, manufacture, or maintenance of aero-thermal and mechanical systems.
• May develop or contribute to solutions to a variety of complex and challenging problems.
• Works independently with guidance and actively contributes to an integrated design team.

Mechanical Design Engineer

Engineering Manager

• As a program and project management specialist, support a project from concept to completion
• Review contracts and project cost accounting with key stakeholders
• Conduct tactical planning using resources like Microsoft Project and interact with SMEs, schedulers, customers, and project analysts
• Ensure the program achieves its goals and meets quality standards through effective communication
• Influence a meaningful mission while developing and maintaining program strategy
• Guide the United States Air Force through advanced aerospace testing, infrastructure modernization, and digital transformation within budget

Technical Project Manager, Engineering

Support Engineer

• Support cyberspace operations and intelligence collection
• Provide expert analytic support to mission owners
• Tackle complex problems in computer network analysis, network exploitation, digital network intelligence, dataflow, access development, and target network analysis
• Leverage understanding of ports, protocols, networking devices, and common exploitation frameworks
• Grow expertise and develop new skills and tradecraft

Technical Targeter – Exploitation Analyst

Systems Engineer

• lead the technical development and integration of Department of Defense systems
• create, integrate, and apply interdisciplinary digital models of systems from concept throughout the product lifecycle
• apply specific functional, working, and general industry knowledge
• develop or contribute to solutions for a variety of problems of moderate scope and complexity
• orchestrate the development of a system of interest, encompassing hardware and software, through its entire life cycle

Systems Engineer, Modeler

Communications

• Manage the acquisition Systems Engineering Technical Review (SETR) process
• Support PLEO Comms systems
• Transform Mission Systems requirements to improve PLEO Comms performance
• Work with existing teams to understand current challenges and develop and integrate upgrades
• Assist in augmenting designs and algorithms to improve system performance

Communications Engineer

• manage the integration and compatibility of datalink systems
• use engineering skills to transform Mission Systems requirements to improve datalink performance
• support the Mission Systems team in working with OEMs to improve performance and integrate advanced technologies into existing platforms
• assist in augmenting designs and algorithms to better system performance

Datalink Engineer

DevOps Engineer

• Lead the development of robust systems at Booz Allen
• Build resilient infrastructure through redundancy and monitoring tools
• Automate routine tasks and self-repair processes
• Support on-prem data centers while learning the cloud
• Collaborate with engineers and act as a subject matter expert

Site Reliability Engineer

• design and integrate radar systems
• manage the acquisition Systems Engineering Technical Review (SETR) process in support of Electro-optic Infrared (EO/IR) systems
• transform Mission Systems requirements to improve EO/IR performance
• work with existing teams to understand current challenges
• collaborate with OEMs to develop and integrate upgrades
• assist in augmenting designs and algorithms to better system performance

Electro-Optic Infrared Engineer

Project Manager

• Support scientific and IT-focused projects.
• Collaborate with stakeholders and cross-functional team members to assess project requirements and define priorities and milestones.
• Gather, analyze, and translate scientific and operational requirements into product capabilities through creation of user stories and acceptance criteria.
• Partner closely with product managers, enterprise architects, and engineering teams to ensure project deliverables are mission-aligned, scalable, and user-centered.
• Contribute to tactical planning using tools like Jira and work closely with team members to keep projects on track and resolve operational challenges.
• Leverage your experience with synthesizing complex information to support creation of clear documentation, reports, and presentations, as well as scientific and public health materials for project customers and users.
• Proactively scan for process gaps, inefficiencies, and opportunities to elevate team performance.
• Take initiative to design and implement improvements that streamline workflows, strengthen coordination, and enhance project outcomes.

Life Sciences Project Analyst

Risk

• Provides independent second-line oversight, assessment, and credible challenge of first-line technology risk management activities across the company.
• Partners across Technology, Security, Product, Data, and other business functions to evaluate risk and control practices, including risk assessments, issues management, control validation, key risk indicators, governance reporting, and escalation.
• Helps ensure technology-related risks are managed consistent with enterprise risk appetite, regulatory expectations, and sound industry practice.
• May support one or more focus areas based on business need, including Enterprise Technology Risk, Data Security Risk, Access Management Risk, Offensive Security Risk, Vulnerability Management Risk, AI Security Risk, and Asset and Inventory Management Risk.

Principal, Access Management Risk

• play a key role in shaping next-generation space systems for national security missions
• apply deep expertise in satellite payloads, design and test of satellites, and space mission operations to architect, model, and assess end-to-end solutions
• conduct rigorous trade studies, define system-level requirements and interfaces, and identify architecture gaps, risks, and technology opportunities critical to delivering resilient future space payloads
• collaborate directly with government clients and industry partners to maintain awareness of emerging space architecture and contribute to technical whitepapers, capability demonstrations, and proposals

Satellite Payload Systems Engineer

SDET

• Work with developers and engineers to evaluate software
• Create test plans with test cases based on user stories
• Implement test cases to observe software performance
• Document results and communicate defects to development teams
• Automate continuous security and performance testing
• Monitor health of data platforms

Test Engineer

Full-stack Engineer

• Develop software tools for radiometric modeling and satellite observation geometry
• Implement imaging and signal processing workflows including motion compensation, multi-frame alignment, and super-resolution
• Build ML enabled detection, anomaly identification, and object classification modules using operational EO / IR and synthetic datasets
• Design scientific Python pipelines for real-time and batch processing
• Support orbital modeling tasks, such as SGP4, TLE ingestion, or basic pose estimation
• Conduct imagery preprocessing such as radiometric calibration, artifact correction, and multi-frame filtering
• Maintain reproducible environments using GitLab, containers, and experiment-tracking tools
• Collaborate with astrodynamics SMEs, operations personnel, and ML engineers to deliver integrated mission capabilities

Remote Sensing Software Engineer

Frontend Engineer

• resolve a problem with a complete end-to-end solution in a fast, agile environment
• help create a system that will make a difference
• develop software and systems from vision to production-ready
• use your passion to learn new tools and techniques
• identify needed system improvements
• help clients overcome their most difficult challenges using the latest architectural approaches, tools and technologies
• ensure the solution developed by the team considers the current architecture and operating environment, as well as future functionality and enhancements